JECRC University, School of Engineering Jaipur M.Tech Vlsi Design & Embedded System: Fees 2026, Course Duration, Dates, Eligibility

Ans. India's semiconductor mission is creating massive demand for VLSI and chip design engineers. JECRC University's B.Tech ECE programme already has a Semiconductor & Chip Design specialisation in collaboration with Truechip, a leading VLSI IP and verification company. This industry connection means M.Tech VLSI students at JECRC benefit from faculty with industry exposure, access to industry-standard EDA tools, and potential internship and placement opportunities in the semiconductor domain. With semiconductor fabs being set up in India (Tata Electronics, Micron, etc.), VLSI engineers with M.Tech qualifications are in high demand.

Ans. Students in M.Tech VLSI Design & Embedded System work with industry-standard EDA (Electronic Design Automation) tools including Cadence Virtuoso (for analog/mixed-signal design), Synopsys Design Compiler (for synthesis), Mentor Graphics ModelSim (for simulation), Xilinx Vivado / Intel Quartus (for FPGA design), and ARM Keil / IAR Embedded Workbench (for embedded systems programming). Hardware Description Languages (HDL) such as VHDL and Verilog are core to the curriculum. Proficiency in these tools is essential for careers in semiconductor companies, chip design centres, and embedded systems firms.

Ans. Graduates can pursue careers in semiconductor companies (Qualcomm, Intel, Texas Instruments, NXP, Microchip), chip design centres (ARM, Cadence, Synopsys), automotive electronics firms (Bosch, Continental, Marelli), defence electronics (DRDO, BEL, HAL), IoT companies, and embedded systems startups. They can also appear for PSU exams (GATE-based recruitment by BEL, ISRO, DRDO, etc.) or pursue PhD programmes in VLSI and embedded systems. With India's semiconductor ecosystem growing rapidly, M.Tech VLSI graduates are among the most sought-after engineering postgraduates in the country.

Ans. GATE is not strictly mandatory for admission to M.Tech VLSI Design & Embedded System at JECRC University. While GATE-qualified candidates are given preference, non-GATE candidates can also apply and may be considered through a university-level personal interview and merit-based selection. However, having a valid GATE score (in the Electronics & Communication Engineering paper) is strongly recommended as it not only improves your selection chances but also makes you eligible for the MHRD/AICTE stipend of Rs. 12,400 per month, which can significantly offset the course and living expenses during the 2-year programme.

Ans. Both programmes are offered under the M.Tech ECE umbrella at JECRC University with the same fee structure (Rs. 75,000 per year). M.Tech VLSI Design & Embedded System focuses on chip design, FPGA, ASIC, embedded systems programming, and semiconductor device physics, making it suitable for careers in semiconductor companies, chip design centres, and embedded systems firms. M.Tech Digital Communication focuses on digital signal processing, communication systems, wireless networks, and signal modulation techniques, making it more suitable for careers in telecom companies, wireless technology firms, and communication system design. Your choice should depend on whether your interest lies in hardware/chip design or in communication systems.

Ans. The total academic fee for the 2-year M.Tech VLSI Design & Embedded System programme at JECRC University is Rs. 1,60,000 (Rs. 75,000 per year x 2 + Rs. 10,000 one-time fee). Optional hostel adds Rs. 1,42,000 to Rs. 1,72,000 per year. GATE-qualified students receiving the Rs. 12,400/month stipend would receive approximately Rs. 2,97,600 over 2 years, which can cover most of the academic and hostel costs. For VLSI specialisation specifically, students should also consider institutions like NIT Trichy, IIT Madras, or BITS Pilani which have stronger semiconductor research ecosystems, but competition for seats is significantly higher. JECRC University offers a more accessible entry point with industry connections in the semiconductor domain through its Truechip collaboration.